Question

kingdom\tcell type\tcell #\tcell wall\tlocomotion\tfeeding type
archaebacteria \extremophiles\

bacteria

protista \junk drawer kingdom\

fungi

plantae

animalia

Explanation:

This table requires filling in key characteristics of each biological kingdom based on core biological classification knowledge:

1. Archaebacteria: Are prokaryotic (no nucleus), single-celled, have cell walls made of pseudopeptidoglycan, some use flagella for movement, and can be autotrophic or heterotrophic.
2. Bacteria: Also prokaryotic, single-celled, have peptidoglycan cell walls, many use flagella for locomotion, and include autotrophic and heterotrophic types.
3. Protista: Eukaryotic (have a nucleus), can be single or multi-celled; some have cell walls (like algae with cellulose, slime molds without), use structures like cilia, flagella, or amoeboid movement, and include autotrophic, heterotrophic, and mixotrophic organisms.
4. Fungi: Eukaryotic, mostly multi-celled (yeast are single-celled), have chitin cell walls, no locomotion (spores disperse passively), and are heterotrophic (absorptive feeding).
5. Plantae: Eukaryotic, multi-celled, have cellulose cell walls, no locomotion (sessile), and are autotrophic (photosynthetic).
6. Animalia: Eukaryotic, multi-celled, no cell walls, use muscles, cilia, flagella, or limbs for locomotion, and are heterotrophic (ingestive feeding).

Answer:

Kingdom	Cell Type	Cell #	Cell Wall	Locomotion	Feeding Type
Bacteria	Prokaryotic	Unicellular	Peptidoglycan	Flagella (many)	Autotrophic/Heterotrophic
Protista <br> "Junk Drawer Kingdom"	Eukaryotic	Unicellular/Multicellular	Cellulose (some), none (others)	Cilia, flagella, amoeboid movement	Autotrophic/Heterotrophic/Mixotrophic
Fungi	Eukaryotic	Mostly multicellular (yeast: unicellular)	Chitin	None (spore dispersal passive)	Heterotrophic (absorptive)
Plantae	Eukaryotic	Multicellular	Cellulose	None (sessile)	Autotrophic (photosynthetic)
Animalia	Eukaryotic	Multicellular	None	Muscles, cilia, limbs, flagella	Heterotrophic (ingestive)